05-29-2022, 09:37 PM
* Macros are like scripts in Max. They are collections of functions that can be re-used in different contexts.
* KEMACRO's syntax is the same as for functions of the "Multiline" family. They do not need the PARENT in front of the name, or in the replacement list.
* MACROs take the form of :KEMACRO(...), and the inputs and outputs can be fed into the PARENT in parentheses.
* KEMACRO(...) is an instruction that instructs Max to perform a bunch of operations on a list of variables or expressions.
* See maxmacros.txt for information about how to use macros.
Why MACROs?
MACROs are a powerful way to solve common problems like
* Selecting variables that contain a particular value
* Converting between different input and output types
* Re-using code for different functions
* Setting up complex expressions that are common to many different functions
A loudness estimation library for DSP. Contains raw wave files and source code.
Features
- ACOUSTIC : Loudness estimation for the auditory channel
- INTERLEAVE : Loudness estimation for interleaved audio sources
- EASY : Just use the source code!
- VU : In a VU meter, use the relative loudness of the audio source to determine the meter's absolute loudness
- IMP: normalize the loudness of the audio source to a range of 0 to 100
- E-METER: This is the other side of the VU meter
- FRAG : Fragmentation of an audio source into subsequences
- LIQUID : Liquidity test to determine the signal/noise ratio of an audio source
- LIN : Loudness of a linear sound signal
- ACOU : Loudness of a single frequency sinusoidal audio source
- IMPAC : Importance/salience of a single frequency sinusoidal audio source
- SAVE : Store the average loudness of an audio source in a file
- LOAD : Load the average loudness of an audio source from a file
- ME : Mean loudness of a single audio source
- MINT : Mean loudness of a short (2s or 4s) sound
- SAVE / LOAD : Persistent storage of average loudness data
- TRAN : Quantify the short-term loudness of an audio source
- T 70238732e0 wanngay
https://wakelet.com/wake/A3M8ROhLTRBRSeXIG0fEg
https://wakelet.com/wake/2qnqDkUFt7hwVBqL9d32f
https://wakelet.com/wake/d3-0Xz5DlFliJWalfsmVM
https://wakelet.com/wake/5FX4X613WN6pc2cmyUi-K
https://wakelet.com/wake/wO8DtjbCCQqrfLbffH0Le
https://megaze.ru/torrent-raag-parichay-...epub-free/ http://realtorforce.com/wp-content/uploa...nddeir.pdf https://spiritdomes.ning.com/photo/album...bum:202084 http://47.115.53.11/message/message.php?lang=en http://www.llicufitemo.com/message/
* KEMACRO's syntax is the same as for functions of the "Multiline" family. They do not need the PARENT in front of the name, or in the replacement list.
* MACROs take the form of :KEMACRO(...), and the inputs and outputs can be fed into the PARENT in parentheses.
* KEMACRO(...) is an instruction that instructs Max to perform a bunch of operations on a list of variables or expressions.
* See maxmacros.txt for information about how to use macros.
Why MACROs?
MACROs are a powerful way to solve common problems like
* Selecting variables that contain a particular value
* Converting between different input and output types
* Re-using code for different functions
* Setting up complex expressions that are common to many different functions
A loudness estimation library for DSP. Contains raw wave files and source code.
Features
- ACOUSTIC : Loudness estimation for the auditory channel
- INTERLEAVE : Loudness estimation for interleaved audio sources
- EASY : Just use the source code!
- VU : In a VU meter, use the relative loudness of the audio source to determine the meter's absolute loudness
- IMP: normalize the loudness of the audio source to a range of 0 to 100
- E-METER: This is the other side of the VU meter
- FRAG : Fragmentation of an audio source into subsequences
- LIQUID : Liquidity test to determine the signal/noise ratio of an audio source
- LIN : Loudness of a linear sound signal
- ACOU : Loudness of a single frequency sinusoidal audio source
- IMPAC : Importance/salience of a single frequency sinusoidal audio source
- SAVE : Store the average loudness of an audio source in a file
- LOAD : Load the average loudness of an audio source from a file
- ME : Mean loudness of a single audio source
- MINT : Mean loudness of a short (2s or 4s) sound
- SAVE / LOAD : Persistent storage of average loudness data
- TRAN : Quantify the short-term loudness of an audio source
- T 70238732e0 wanngay
https://wakelet.com/wake/A3M8ROhLTRBRSeXIG0fEg
https://wakelet.com/wake/2qnqDkUFt7hwVBqL9d32f
https://wakelet.com/wake/d3-0Xz5DlFliJWalfsmVM
https://wakelet.com/wake/5FX4X613WN6pc2cmyUi-K
https://wakelet.com/wake/wO8DtjbCCQqrfLbffH0Le
https://megaze.ru/torrent-raag-parichay-...epub-free/ http://realtorforce.com/wp-content/uploa...nddeir.pdf https://spiritdomes.ning.com/photo/album...bum:202084 http://47.115.53.11/message/message.php?lang=en http://www.llicufitemo.com/message/